Scale AI Founder Alexander Wang Says He Won’t Have Kids Until Musk’s Neuralink Is Available for Child Development

Alexandr Wang, the 28-year-old tech prodigy and founder of Scale AI, is making headlines again—not just for his new role leading Meta’s ambitious superintelligence initiatives, but for his unorthodox vision of human evolution and parenting.

Speaking on the Shawn Ryan Show on Thursday, Wang said he’s putting off having children until brain-computer interface technologies like Neuralink are mature enough to become a part of early childhood development.

Wang, who has long been at the frontier of AI infrastructure, is now thinking beyond code—into the human brain itself. As he sees it, the future of intelligence isn’t just artificial; it’s symbiotic.

“In your first like seven years of life, your brain is more neuroplastic than at any other point,” Wang explained. “When we get Neuralink and we get these other technologies, kids who are born with them are gonna learn how to use them in like crazy, crazy ways.”

This philosophy is not rooted in fantasy. Neuralink, the Elon Musk-backed neurotechnology firm, is already conducting clinical trials with brain implants the size of a coin. These implants record and stimulate brain activity and are envisioned as a gateway to enhanced cognition, telepathic communication, and even treating neurological disorders.

The technology has already seen limited success: one trial participant, Brad Smith, who suffers from ALS, reported using the device to edit a video using only his thoughts.

Wang’s comments come as the brain-machine interface field is heating up with players beyond Neuralink. Synchron, which has backing from Bill Gates and Jeff Bezos, is collaborating with Apple to help people with disabilities use iPhones via thought. Another entrant, Motif Neurotech, has developed a neurostimulator system akin to a pacemaker for the brain, aimed at treating severe depression.

However, these devices are far from mainstream. Neuralink, for instance, has only implanted chips in three patients so far, and the long-term effects of such technologies are unknown. But for Wang, this isn’t a deterrent—it’s an invitation to prepare for a radical future.

At the core of Wang’s decision is the scientific principle of neuroplasticity—the brain’s ability to reorganize itself by forming new neural connections. This capacity is strongest in children, particularly in the first seven years of life, when the brain is still wiring itself.

According to a landmark 2009 study in Brain Dev, this period of “under construction” brain development provides a unique window for learning and adaptation. Wang believes that brain-computer interfaces if introduced during this neuroplastic phase, could result in entirely new modes of cognition—children hardwired from birth to integrate and expand the boundaries of human-machine intelligence.

Wang’s perspective also reflects a growing ideological shift in Silicon Valley’s next generation of leaders—one that prioritizes not only advancing technology but reengineering the human experience itself. As he takes the helm at Meta’s superintelligence division, his comments suggest that the push toward human-AI symbiosis may become more than just a research agenda—it could define how the next generation is raised.

While his ideas may sound speculative, Wang’s track record of building foundational AI infrastructure lends weight to his predictions. And as he sees it, delaying parenthood in favor of waiting for brain-enhancing technology isn’t a retreat—it’s an investment in creating the first true generation of augmented minds.